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胎儿先心病早筛效率提升十倍多,AI中试基地如何发挥效能?
Nan Fang Du Shi Bao· 2025-11-27 08:15
Core Insights - The application of "artificial intelligence+" in early screening for congenital heart disease in fetuses has improved efficiency by over 10 times and diagnostic accuracy by over 40% [1][7] - The establishment of national artificial intelligence application pilot bases aims to address the challenges of connecting industry needs, technological achievements, and application scenarios [4][6] Group 1: Artificial Intelligence Application - The "artificial intelligence+" initiative is supported by the establishment of national application pilot bases, which serve as connectors, accelerators, and incubators for innovation and application [4][5] - The pilot bases are designed to facilitate the transformation of technological achievements into practical applications, encouraging various innovative entities to participate in their construction and operation [5] Group 2: Industry Focus Areas - The national artificial intelligence application pilot bases will be developed in key sectors such as manufacturing, healthcare, transportation, finance, and energy resources [6] - Specific examples include the establishment of pilot bases in Guangdong for consumer mobile terminal applications and in various regions for healthcare applications targeting fetal heart disease screening [6][7] Group 3: Impact and Future Prospects - The pilot bases have shown significant effects in resource integration, supply-demand matching, and achievement promotion, as evidenced by the development of a comprehensive training dataset for port operations [6][7] - As the construction of these pilot bases progresses, the collaborative empowerment and resource aggregation will provide more support for AI companies, research institutions, and industry users, creating further development opportunities [7]